| | ENERGY DYNAMICS AND CLIMATE STABILISATION |
| | 1,66 | | MB |
| | 163 | | stron |
| | 2364 | | ID | INTERNATIONAL ENERGY AGENCY |
| | 2002 | | rok |
| | TABLE OF CONTENTS |
| | Foreword 3 |
| | Acknowledgements . 5 |
| | Introduction. 11 |
| | 1. Climate change and decision-making 19 |
| | Reality of climate change . 19 |
| | Stabilisation dynamics . 23 |
| | Decision-making under uncertainty. 28 |
| | Certainty versus stringency 34 |
| | 2. Choices in the energy sector. . 39 |
| | The predominance of energy-related emissions 39 |
| | Energy savings come first. 45 |
| | Fuel switching . 50 |
| | Non-carbon emitting energy sources 54 |
| | 3. Current commitments 59 |
| | The need for international co-operation 59 |
| | The UN Framework Convention on Climate Change |
| | and its Kyoto Protocol . 62 |
| | Likely effects of current commitments . 69 |
| | 4. Inducing change . 79 |
| | Learning-by-doing. 79 |
| | Co-ordinated policies and measures . 82 |
| | Ancillary benefits and sustainable development . 89 |
| | 7 |
| | Promises and limits of financial assistance |
| | and the Clean Development Mechanism 93 |
| | 5. Future Commitments: timing, allocation and structure. 99 |
| | Timing 100 |
| | Allocation 106 |
| | 6. Options for future agreements. 117 |
| | Uncertainties are the problem 117 |
| | The price cap. 120 |
| | Zero price cap: the non-binding target option . 127 |
| | The dynamic target option 132 |
| | Conclusion 143 |
| | Appendix: Certainty versus stringency . 147 |
| | List of Abbreviations and Acronyms 155 |
| | References. 157 |